Lid Baler vs. Continuous Baler: Tiger vs. Leopard

This comparison works through both principles, then places the two models side by side on the figures that actually decide a lid baler vs continuous baler choice.

1 What Is a Lid Baler?

A lid baler works in batches. The charging box is loaded from above while open, a lid then closes over the chamber, and compression follows in sequence until the bale is formed and ejected.

The lid is what makes the batch structure necessary. It has to close before compression starts, which means loading and compressing take turns rather than overlapping. Each bale is a complete cycle: load, close, compress, eject, open again.

That structure has a practical advantage. Because the box is open and unobstructed during loading, bulky and awkward material can be dropped in without being fed through a narrower opening. Long profiles, large sheet and irregular pieces are easier to place.

The trade-off is the pause. Nothing is compressed while the box is being loaded, and nothing is loaded while the lid is closed. On a site where material arrives in batches rather than a steady stream, that pause costs nothing, because the machine would be waiting anyway.

2 What Is a Continuous Baler?

A continuous baler removes the lid cycle. Material is fed into the chamber without waiting for a lid to close, and compression runs as a continuous sequence rather than a series of separate batches.

Removing the pause is what raises sustained throughput. The machine is compressing for a larger share of the hour, so the same installed power produces more tonnage across a shift.

That capability comes with a requirement. A continuous baler only performs continuously if it is fed continuously, which means the material handler, hopper and conveyor arrangement around it has to keep up. A continuous machine fed in batches behaves much like a batch machine, and the investment in the difference goes unused.

3 Tiger Lid Baler: How Does It Work?

Tiger 3 Ram Lid Baler is a baling press with three compression stages, operating on the lid principle described above.

Published figures place its capacity at 1 to 40 tons per hour, with bale sizes from 25×25 to 60×60 cm and high density bales. It is listed with automatic and manual operation, and its hopper is described as reducing scrap feeding time.

The capacity range is worth reading carefully. A lower limit of 1 ton per hour indicates a machine that works sensibly at low volumes, which a continuous machine sized for high throughput does not. For a yard processing modest tonnage, or tonnage that varies considerably month to month, that lower end is a real advantage rather than a footnote.

Manual operation matters for the same reason. Where material varies enough that an operator needs to judge each charge, having manual mode available is more useful than an automatic cycle that assumes consistent input.

4 Leopard Continuous Baler: How Does It Work?

Leopard Continuous Baler is also a three ram design, built for continuous operation.

Its capacity is listed at 6 to 65 tons per hour, with a fast operation cycle of up to 25 seconds. Bale sizes match Tiger at 25×25 to 60×60 cm, also producing high density bales. It is listed with full automatic and semi automatic operation, and with low energy consumption attributed to its hydraulic system.

One design detail is specific to this model. The third and final compression ram is longer than the size of the chamber, which is what allows the bale to be completed and discharged within the continuous sequence rather than requiring a separate ejection stage.

Leopard can also work as a single machine or as an integrated plant with loading hoppers and conveyors. That option is the clearest signal of where the model belongs: it is designed to sit inside a feeding system, not beside one.

5 Tiger vs. Leopard: Key Technical Differences

Three lines in that table carry most of the decision.

The capacity floor. Tiger starts at 1 ton per hour, Leopard at 6. A yard whose realistic average sits below the higher figure will not use what it paid for.

The capacity ceiling. Leopard reaches 65 tons per hour against Tiger’s 40. Above 40 tons per hour the comparison ends, because only one machine covers the requirement.

Plant integration. Leopard is offered as part of an integrated plant. Where the plan is a baling line rather than a baling machine, that changes the scope of the project.

Bale size does not decide anything here. Both models cover 25×25 to 60×60 cm, so a yard choosing on bale size alone is comparing identical figures.

6 Which Baler Suits Your Scrap Type and Capacity?

Both models process the same materials: Steel, Aluminum, Stainless Steel, Copper and Brass, in forms including Sheets, Car parts, Profiles, Mixed Scrap, Chips, Cables, Cans and Wires. Material type alone does not separate them, which surprises buyers who expect it to.

In a lid baler vs continuous baler comparison, what separates them is how that material arrives.

7 How to Choose Between a Lid Baler and a Continuous Baler

Four questions settle a lid baler vs continuous baler decision in most cases.

What is the realistic average tonnage per hour? Not the peak. If the honest answer sits below 6 tons per hour, the continuous option is oversized. Above 40, it is the only option of the two.

Can the yard feed continuously? This depends on material handler availability, hopper and conveyor arrangement, and whether material arrives steadily or in loads. A continuous baler fed in batches performs like a batch machine.

How consistent is the input? Sorted, predictable material suits automatic operation. Material that varies enough to need operator judgement per charge suits a machine with manual mode available.

Is this a machine or a line? If conveyors and hoppers are part of the plan now or later, the integrated plant option should be part of the conversation from the start rather than added afterwards.

Deciding Between a Lid Baler and a Continuous Baler

The lid baler vs continuous baler decision is not a question of which machine is better built. Tiger 3 Ram Lid Baler and Leopard Continuous Baler produce the same bale sizes at high density, from the same materials, using three compression stages. They differ in how material enters the chamber, and therefore in what kind of operation each one fits.

Tiger suits variable volumes, batch delivery and bulky input. Leopard suits sustained high tonnage with a feeding system to match. The yard decides, not the specification sheet.